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Power Output Monitoring and Anomaly Identification of Photovoltaic Systems Using Graphical Modeling

机译:使用图形建模的电力输出监测和异常识别光伏系统

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Photovoltaic cells are being increasingly installed worldwide as a type of important renewable resource for power generation. Among the installed photovoltaic systems, data are collected from the control and monitoring system, and the anomaly detection researches are mostly based on the individual photovoltaic cells and the systematic behavior in a group of photovoltaic systems is not well studied. Based on the assumption that the photovoltaic cells installed in the same location are with very close solar radiation, the power output of each subsystem is considered in this work for monitoring the operating status of the subsystem and identifying the anomalous subsystem, where spatiotemporal pattern network, a probabilistic graphical modeling approach, is applied. The results show that the presented framework is able to detect the anomaly and locate the anomalous subsystem.
机译:光伏电池正在全球越来越多地安装为发电的重要可再生资源。在安装的光伏系统中,数据从控制和监测系统收集,并且异常检测研究主要基于各个光伏电池,并且一组光伏系统中的系统行为不受很好地研究。基于在相同位置安装在相同位置的光伏电池具有非常接近的太阳辐射的假设,在这项工作中考虑了每个子系统的功率输出,用于监视子系统的操作状态并识别天空模式网络的异常子系统,应用概率图形建模方法。结果表明,所呈现的框架能够检测异常并定位异常子系统。

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